Difference between revisions of "Micro-electro-physiology @ HAIP, Ljubljana"

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(rough schedule)
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'''Wednesday'''
 
'''Wednesday'''
  
Introduction
+
* Introduction
  
Experiments in manufacturing DIY electrodes
+
* Experiments in manufacturing DIY electrodes
  
intro into DIY microscopy
+
* intro into DIY microscopy
  
using audio and pd for data measurement
+
* using audio and pd for data measurement
  
using arduino and pd the measure/visualize data
+
* using arduino and pd the measure/visualize data
  
start fungi cultures and preparations of plants
+
* start fungi cultures and preparations of plants
  
Setup of measurement setup
+
* Setup of measurement setup
  
  
 
'''Thursday'''
 
'''Thursday'''
  
Preparation of amplifiers and multiplexers
+
* Preparation of amplifiers and multiplexers
  
Setup of measurement setup
+
* Setup of measurement setup
  
Experiments with plant recordings
+
* Experiments with plant recordings
  
  
 
'''Friday'''
 
'''Friday'''
  
Wrap-up Workshop: Introductio into all techniques developed
+
* Wrap-up Workshop: Introductio into all techniques developed
  
 +
* Preparations of individual pages for a publication using the diffusion layout.
  
 
== Material for the Book ==
 
== Material for the Book ==

Revision as of 12:14, 24 November 2010

Background Info

Electrochemistry of Plant Life

Electrochemistry Encyclopedia

Video of extracellular measurement of action potential of the venus flytrap

On Measuring

Using the arduino we can measure Analog Voltages using the 6 Inputs ADC. If the signals are to low, such as µV in the example of potentials in plants, we need to amplify the signal and make sure we do not have too much noise or other garbage in our signals. INA118 is a high end instrumental amplifier, with low noise. But maybe cheaper amp might do the trick aswell, such as the LM386

If we want to measure more inputs we can multiplex them. meaning we measure one input at the time using a chip (4051), which got 8 inputs which are then routed to one single input on the arduino. read more about using the 4051 multiplexer/demultiplexer

DIY Glass Pipette Electrodes

Micro Electrode Arrays (MEA)

DIY Microscopy

To be able to observe the pipette we can build our own hacked digital microscopes, using cheap webcams, surveillance video cams or the PS3 eye. see more on the hackteria page.

Participants

Marc Dusseiller, dusjagr labs

Špela Petrič,

Andrej Meglič,


rough schedule

Wednesday

  • Introduction
  • Experiments in manufacturing DIY electrodes
  • intro into DIY microscopy
  • using audio and pd for data measurement
  • using arduino and pd the measure/visualize data
  • start fungi cultures and preparations of plants
  • Setup of measurement setup


Thursday

  • Preparation of amplifiers and multiplexers
  • Setup of measurement setup
  • Experiments with plant recordings


Friday

  • Wrap-up Workshop: Introductio into all techniques developed
  • Preparations of individual pages for a publication using the diffusion layout.

Material for the Book

Interesting Links

http://books.google.com/books?id=6a1_Gw8Tt10C&lpg=PR2&ots=AQKOZEm7Fn&dq=plant%20electrophysiology&pg=PR7#v=onepage&q&f=false

http://ediacaran.mech.northwestern.edu/neuromech/index.php/Main_Page

http://www.sciencedirect.com/science?_ob=ArticleURL&_udi=B6TD1-4NC5T7P-2&_user=10&_coverDate=04%2F30%2F2007&_rdoc=1&_fmt=high&_orig=search&_origin=search&_sort=d&_docanchor=&view=c&_acct=C000050221&_version=1&_urlVersion=0&_userid=10&md5=ea73d908f93817a392f5f12ddebc6f72&searchtype=a


Preparations

Material to bring

Tools we need

Last minute orders